Abstract:
NOVEL GLYCOLIDE COMPOUNDS WHICH OBTAIN CHEMILUMINESCENT LIGHT WHEN REACTED WITH OTHER NECESSARY CHEMILUMINESCENT REACTANTS IN THE DIRECT GENERATION OF LIGHT FROM CHEMICAL ENERGY. BY "LIGHT" AS REFERRED TO HEREIN IS MEANT ELECTROMAGNETIC RADIATION AT WAVELENGTHS FALLING BETWEEN ABOUT 350MU AND ABOUT 1000 MU.
Abstract:
THIS INVENTION RELATES TO A CHEMILUMINESCENT SYSTEM TO OBTAIN CHEMILUMINESCENT LIGHT BY REACTING AN OXALIC-TYPE COMPOUND OF THE GROUP CONSISTING OF (A) AN OXALIC-TYPE ANHYDRIDE, (B) AN AXALIC-TYPE AMIDE, (C) AN OXALIC-TYPE O-ACYLHYDROCYAMINE, AND (D) AN OXALIC-TYPE ESTER WITH A HYDROPEROXIDE COMPOUND IN THE PRESENCE OF A SOLVENT AND A PHENYLETHYNYL-SUBSTITUTED AROMATIC COMPOUND AS A FLUORESCER.
Abstract:
DISCLOSED IS A CHEMILUMINESCENT COMPOSITION FOR REACTION WITH A PEROXIDE COMPOUND TO PRODUCE CHEMILUMINESCENT LIGHT, SAID COMPOSITION CONTAINING A HALOGENATED ETHYLENE CARBONATE AND AN ORGANIC FLUROESCENT COMPOUND IN AN ORGANIC SOLVENT.
Abstract:
An improved method is described for preparing bis(phenylethynyl)anthracenes by reacting a quinone with the lithium salt of phenylacetylene to obtain a dihydro-dihydroxybis(phenylethynyl)anthracene, and converting the latter compound in situ to the corresponding bis(phenylethynyl)-anthracene. The products are useful as fluorescers in chemiluminescent systems.
Abstract:
Novel glycolide compounds which obtain chemiluminescent light when reacted with other necessary chemiluminescent reactants in the direct generation of light from chemical energy. By ''''light'''' as referred to herein is meant electromagnetic radiation at wavelengths falling between about 350 m Mu and about 1,000 m Mu .
Abstract:
This invention relates to a chemiluminescent system to obtain chemiluminescent light by reacting an oxalic-type compound of the group consisting of an oxalic-type ester with a hydroperoxide compound in the presence of a solvent and chloro, fluoro, or lower alkyl bis phenylethynyl-substituted aromatic compound as a fluorescer.
Abstract:
METHOD FOR PRODUCING DIARYL OXALATES BY REACTION OF TETRACHLOROETHYLENE CARBONATE AND SUBSTITUTED PHENOLS. THE ARYL OXYLATE COMPOUNDS OBTAIN CHEMILUMINESCENT LIGHT WHEN REACTED WITH OTHER NECESSARY CHEMILUMNINESCENT REACTANTS IN THE DIRECT GENERATION OF LIGHT FROM CHEMICAL ENERGY. BY "LIGHT" AS REFERRED TO HEREIN IS MEANT ELECTROMAGNETIC RADIATION AT WAVELENGTH FALLING BETWEEN ABOUT 350 MU AND ABOUT 1,000 MU.